AM8053-0NH0-0000
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The AM8053-0NH0-0000 synchronous servo motor delivers a standstill torque of 11.4 Nm, a peak torque of 53.1 Nm, and a rated power of 1.98 kW. Part of the AM Synchronous Servo Motors series produced by Beckhoff, it operates at a nominal voltage of 100 to 480 V AC and utilizes M23 speedtec® plug connection technology.
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Product Description:
Beckhoff manufactures the AM8053-0NH0-0000. Permanent magnet excitation powers the three-phase, synchronous AM8053-0NH0-0000 servo motor. Technically speaking, the synchronization of the rotor's rotational velocity and the frequency of the alternating current delivered to the stator defines its behavior. This synchronization is essential for closed-loop motion control systems because it guarantees that the rotor speed stays constant at a set frequency. Permanent magnets in the rotor provide for a steady magnetic field without the need for extra excitation current, improving energy efficiency and lowering rotor copper losses. The three-phase stator is appropriate for high-precision, high-response industrial motion activities because it produces a rotating magnetic field with a steady torque output and little torque ripple.
Because the motor operates well across a large nominal voltage range of 100 to 480 V AC, it may be used with a variety of power distribution systems in industrial settings. The stator windings produce a spinning magnetic field when a voltage is put across them. Driven by Maxwell's electromagnetism equations, this field interacts with the rotor's fixed magnetic flux to produce torque via Lorentz force interactions. Having a stationary torque of 11.4 Nm is one of this servo motor's distinguishing features. This torque level, which is crucial under static load situations, is closely correlated with the motor's current-carrying capability and magnetic field density. When the motor is stationary, its resistance to displacement under load emphasizes how well suited it is for tasks like load holding in vertical axis of automation systems or precise positioning.
The motor's performance in dynamic situations is likewise strong, with a peak torque of 53.1 Nm. This immediate torque surge capacity is crucial for situations when the motor has to react quickly to changes in command or overcome large inertial loads. These torque explosions are made possible by the design's capacity to temporarily withstand larger current input without experiencing thermal deterioration. A rated power output of 1.98 kW at 7000 RPM simultaneously demonstrates a very effective conversion of electrical to mechanical energy during extended operation. By dissipating heat produced by copper and core losses into the surrounding air, passive convection cooling preserves this efficiency. This heat exchange is supported by improved structural elements, including airflow routes and exterior surface area. The last feature of M23 speedtec® plug connectors is secure electrical interfacing, which lowers electromagnetic interference and guarantees strong, vibration-resistant connections even in harsh settings.
Frequently Asked Questions about AM8053-0NH0-0000:
Q: What type of motor is the AM8053-0NH0-0000?
A: It is a permanent magnet-excited three-phase synchronous servo motor, part of Beckhoff's AM series, designed for precise motion control in industrial automation.
Q: What is the rated power and speed of this motor?
A: The motor delivers a rated power of 1.98 kW at a rated speed of 7000 min⁻¹, making it suitable for high-speed, high-efficiency applications.
Q: What torque values does this motor provide?
A: The AM8053-0NH0-0000 offers a standstill torque of 11.4 Nm and a peak torque of 53.1 Nm, enabling quick acceleration and reliable load handling.
Q: What is the cooling method used in this motor?
A: It uses convection cooling, which is a passive method relying on ambient air circulation to manage heat without external cooling systems.
Q: What kind of connection technology does the motor use?
A: The motor is equipped with M23 speedtec® plug technology, a robust and secure connector system that ensures fast and stable electrical connections.
